I'm passionate about understanding the relationship between Art and STEM. By exploring and creating different objectives, I hope to understand the world and myself better.
This project showcases my work from component to system-level design, including simulation and fabrication for various applications.
- Environment Sensing: +
- Localization using Ultrasound Unit: ++
- Energy Harvesting using e-peas: +
- Image Processing using Matlab and Python
- Hardware Accelerator using Xilinx FPGA
- OpenRSIC and RSIC-V using Intel FPGA
- Low power FPGA using Hspice
- Robotic System Development using ROS
- Robotic Control using National Instrument RIO boards
- Data Centralization using cloud service(AWS, Azure, Google, Oracle)
- Data Acquisition using wireless node(Wifi, LoRA and satellite Network)
- High-performance Computing using ARCHER Supercomputer
- Artificial Interestlligence using TPU
For more details see Google Scholar.
I support both commercial and open-source tools and use different tools for different purposes. I aim to build my own language and tools to improve communication between humans and machines.
| Purpose | Tools |
|---|---|
| Other Tools | Salesforce, Lucidchart, Notion |
| Cloud Service | AWS, Google Cloud, ARCHER HPC |
| Operating Systems | Windows, macOS, Linux, Android, ROS |
| EDA | Microwave Studio, Cadence, Hspice/Ltspice/Pspice |
| Media | Adobe |
| Documentation | LaTeX, Office, EndNote, GraphPad |
| FPGA | Altera, Xilinx |
| Microcontrollers | PIC, Arduino |
| Programming | Python, C, Verilog, Spice |
- Football
- Drawing and Photography
- Music: Play the French horn at 9-class level as a solo and joined the university symphony orchestra as Principal French Horn
I have published papers on wearable electric design for healthcare applications and aim to contribute to saving lives and improving quality of life.
| Academic Degree | University |
|---|---|
| Doctor of Philosophy | University of Edinburgh |
| Master of Science | University of Southampton |
| Bachelor of Engineering | Birmingham City University |
I am an IET/IEEE young professional and STEM ambassador in Edinburgh, helping promote community engineering development.
For support or contact, see Google Scholar and ORCID
- Change in the air with student challenges
- Innovation: Indoor positioning using wearable ultra-wideband antennas
- Microwave Radar Systems for Medical Imaging and Sensing Applications
- Student Employee of the Year at The University of Edinburgh
- X/extwitter channel
- dblp computer science bibliography
- google scholar
- rocket research
- climablelauchpad
- University of Edinburgh: Microwave Radar Systems for Medical Imaging and Sensing Applications